LigandTracer Yellow
A real-time interaction measurement instrument equipped with a high-energy gamma scintillator detector suitable for radionuclide binding assays.
-High-energy gamma detection: Uses a scintillator-based detector capable of detecting high-energy γ-photons (~0.1 – 1.5 MeV).
-Real-time monitoring: Measures binding events continuously as they occur on live cells or immobilized targets.
-Versatile label compatibility: Suitable for the detection of a large variety of radionuclides commonly used in PET/SPECT imaging studies.
-Compact benchtop design: Small footprint makes it practical for laboratory bench use.
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Key Highlights
LigandTracer Yellow is part of the LigandTracer platform — a suite of instruments that enable real-time monitoring of molecular interactions between labeled ligands and immobilized targets (e.g., receptors on live cells) right at your lab bench. The LigandTracer Yellow model is specifically designed to detect high-energy gamma emissions from radionuclide-labeled ligands (commonly used in PET/SPECT tracer development). Measurements produce binding curves over time, enabling analysis of affinity and kinetics without endpoint limitations.
Specifications
Detection type : High-energy γ-photon scintillator detector
Energy range : ~0.1 – 1.5 MeV
Suitable labels : Radionuclides for PET/SPECT (e.g., ¹¹C, ¹⁸F, ⁸⁹Zr, ⁹⁹ᵐTc, ¹¹¹In, ¹⁷⁷Lu, etc.)
Application : Real-time ligand–target interaction analysis
Format : Benchtop instrument
Application
LigandTracer Yellow is particularly useful for:
Preclinical development of PET/SPECT radiotracers — monitoring binding kinetics of radionuclide-labeled compounds.
Characterizing drug candidates that carry radioactive labels for imaging or therapy.
Measuring real-time interaction of ligands on live cells using radiolabels.
Research into receptor kinetics, affinity, and cellular processes involving radioligands.